In this repository, I prepared a training set to learn the basic concepts of signals and how to implement plots and functions.
The syllabus is planned according to Alan V. Oppenheim's book ("Signals and systems") . you can find the topics according to the table in the " files " section and select the related notebook.
Note that the files are created according to the Alan V. Oppenheim's book and if you are beginner, you can train in order of the 'files' table.
The files are available in .ipynb format and you can easily view them in this repository . If you want to execute code, I suggest you use Google Colab. you can clone this project to your Colab and run codes and commit new changes.
| Chapter - Section | Title | Tags |
|---|---|---|
| Ch0-0 | Signals Basic Concepts | #Discrete/Continuous time Signal #Even/Odd signals #AC/DC |
| Ch1-0 | Signals 1 | #exponential signal #cosine signals #step function |
| Ch2-0 | Signals 2 | #diract delta function #ramp functions |
| Ch2-1 | Doublet Function | #doublet fuction |
| Ch3-0 | Systems Basic Concepts | #Causality #Stability #Linear Phase System #Minimum Phase System |
| Ch4-0 | LTI Systems | #LTI #Convolution |
| Ch5-0 | Fourier transforms | #Fouriertransforms #Scipy |
| Ch6-0 | ECG Signals | #ECG_Signals |
| Ch7-0 | Bode Plots | #Bode Plots |
| Ch8-0 | Transfer Function | #Transfer Function |
